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Dynamic T1

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More info on : dynamic T1

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Dynamic T1 Definition Continued.

With channelized T1, for example, if 12 of your 24 channels are allocated to local phone service, and the other 12 channels (768 k) are allocated to internet data, then 12 channels will not be available on the data side, regardless of whether one or twelve of the phone lines are in use. With this example, your data speed can never exceed 768 k, regardless of how many phones are, or are not, in use. Some now consider this a waste of bandwidth. With dynamic integrated, all bandwidth is initially assigned to the data side, and then used for phones only when needed. With dynamic integrated service, phones get priority over data internet, to ensure high quality voice traffic, but when the phones are not in use, the bandwidth is returned to the data side in real time. As an example, with a full dynamic T1 integrated, 1540 k (t1 bandwidth) is assigned to the data side. If one phone is being used, then subtract 64 K (varies) from the 1540 k, if two phones are being used, subtract 128 k, and so on. When a user hangs up a phone line, the bandwidth that was being used to facilitate the call, is automatically returned to the data side to increase internet speed. With dynamic integrated, you will always have 1.54 mbps (megabits per second) when phones are not in use. One dynamic T1 line, depending on availability in your area, can bundle any combination of the following applications: local telephone service, long distance, incoming toll free, internet, and/or VoIP. Dynamic T1 is very popular with small and medium sized businesses need all of the applications used by larger businesses, but do not have the budget to pay for separate T1 circuits for each of these applications. Other advantages of dynamic T1 can include: one provider, one easy to read bill, one point of contact for all of the above mentioned services, flexibility in keeping your existing phone numbers, much lower costs than if the above mentioned applications are purchased individually, and the flexibility to evolve as your business grows. Dynamic T1 is occasionally confused with fractional t1. In actuality, one dynamic T1 line can include the equivalent of multiple fractional T1 services. Dynamic T1 can, however, be provided in smaller bandwidths, in the form of fractional dynamic T1. As the authorized sales agent for the top 20 T1 providers in the country, we are able to provide real-time availability and comparative price quotes for any address in the country. To check availability and prices for your business, just complete the short form at the top of this page. It’s free, simple to use and there is no obligation. If you already have T1 related services, use this form to compare what you are currently paying. You may find that you are paying far too much for your existing service. (Click here to return to top of page)

For details on any T1 related service, click on the service listed below.

Discussion of Frame Relay, it’s Limitations, and How it Compares to Other Options.

Written by: Dennis Green - Jul 4, 2009

Frame relay is designed to provide cost effective data transmission over a shared network. Frame relay derived its name from the fact that it transfers data via various sized units referred to as frames. These frames are commonly transmitted through a shared network (cloud). Frame relay is many times faster than its predecessors, such as x.25, because frame relay is a streamlined protocol designed for speed. This protocol was considered a major advancement at one time, because it was designed to compliment modern digital lines which are virtually noise free. With frame relay, data transmission usually originates through the private line of a customer, transfers to a shared network at the nearest frame relay switch, travels the majority of its distance through the shared frame relay network, and then transfers to the private line closest to the receiving customer. For multiple location businesses which do not require circuits which provide maximum efficiency and have locations which need less than t1 bandwidth, frame relay has been a viable option. The private virtual circuits (PVCs) of frame, can be less expensive than point to point circuits depending on the configuration of the customer’s network. For point-to-point, the distance between network locations has a major impact on circuit price. For frame, the longer the distance utilized via a shared network, the greater the cost savings experienced by the customer, when compared to point-to-point. Another factor which makes frame relay less expensive than point-to-point is that the nearest frame relay node is often much closer to the customer than the provider’s central office. This results in less private line distance being calculated into pricing. An additional benefit is that with frame relay it is often possible to connect to a provider which is hundreds of miles away for close to the same price as connecting to a local provider. For this reason, the number of providers which can be compared is significantly expanded. Frame relay is primarily used for the transmission of intermediate data between LANs, and between end points of a wide area network. Until the most recent few years, the rapid increase in use of LANs and increased availability of fiber optic links had resulted in increased usage of frame relay. Frame relay is at times used for video conferencing, however, point-to-point and MPLS networks are now far better suited for applications which require high efficiency and/or low packet loss.

Recently, frame has begun to become obsolete. There are several reasons for this. First, the price of clear channel T1 has decreased to the point where, it is often less expensive to obtain full t1 to the internet, than it would cost for fractional frame. Second, MPLS (multiprotocol label switching) can offer multiple prioritized applications, over a single circuit. For an extremely competitive price, customers can now obtain completely managed MPLS networks, which prioritize high priority applications such as VOIP, video conferencing, and video or audio streaming. With MPLS these applications carried simultaneously over one circuit with much greater efficiency and far less packet loss than frame. Additionally, because MPLS facilitates encryption, and runs on a closed network, it is now as secure as or more secure than point-to-point circuits. To obtain pricing for frame, MPLS or point-to-point, for your business locations, please use the pricing tool at the top of this page. It is free, easy to use, and there is no obligation. (Click here to return to top of page)